Table of contents |
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Introduction |
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Properties of the Sampling Distribution of the Mean |
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Applications of Sampling Distribution |
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Conclusion |
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For example, consider the following dataset that contributes to the development of a sampling distribution:
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This dataset serves as a basis for analyzing the sampling distribution.
In the given illustration, the rectangle symbolizes a sizable population, with each circle depicting a sample of size 'n'. Since the entries in each sample may vary, the sample means can also exhibit variations. For instance, the mean of Sample 1 is denoted as 'x1', Sample 2 as 'x2', and so forth. The sampling distribution, comprising the sample means of size 'n' for this population, encompasses 'x1', 'x2', 'x3', and beyond. Notably, if the samples are drawn with replacement, an infinite number of samples can be derived from the population.
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Sampling Distributions
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Sampling involves selecting observations from a larger group or population. The sampling distribution is characterized as the frequency distribution of a statistic across numerous samples. Specifically, it pertains to the distribution of means and is often referred to as the sampling distribution of the mean. This theoretical distribution of a sample statistic varies depending on the specific statistic being analyzed and is characterized by parameters, including µ (the population mean) and σ (the standard error). Notably, the sampling distribution of the mean is a special case within the broader context of sampling distributions.
1. What are the properties of the sampling distribution of the mean? | ![]() |
2. What are some applications of the sampling distribution? | ![]() |
3. What is the mean of the sampling distribution of the mean? | ![]() |
4. How does the sample size affect the sampling distribution of the mean? | ![]() |
5. What is the standard deviation of the sampling distribution of the mean? | ![]() |